Fig.1

Intelligent ammunition［1-4］

Fig.2

Smart ammunition structural development trends［5-7］

Fig.3

Material-structure-manufacturing-algorithm co-design framework

Table 1

Adaptive capability multidimensional definition

Fig.4

A specific high overload resistance design for an artillery-launched projectile wing mechanism

Fig.5

Schematic of integrated thermal protection and structural support system［14］

Fig.6

Folding steering vane gap thermal protection design

Fig.7

Thermal protection performance prediction methods

Fig.8

Surface-bonded optical fiber sensing system for a flight vehicle［35］

Fig.9

Swept wing panel with quasi-distributed fiber optic sensors［36］

Fig.10

Fully modular ammunition concept［46］

Fig.11

Separation scheme of a project［54］

Fig.12

High-precision dispensing process simulation system

Fig.13

Ultra-wideband missile-mounted conformal antenna［61］

Fig.14

Missile-mounted transparent conformal antenna［62］

Fig.15

Foldable wingtip patrol missile［70］

Fig.16

Intelligent morphing wing design

Fig.17

Basic components of multi-functional structures［79］

Table 2

Additive manufacturing process constraints

Fig.18

Integrated design of externally-mounted payload slider for instrument compartment［93］

Fig.19

Fin structure topology optimization design［96］

Fig.20

Hybrid sandwich configuration with graded lattice core for rudder［97］

Fig.21

Optimal periodic configurations for thermo-mechanical structures［98］

Fig.22

Solid-array hybrid structure of aileron［50］

Table 3

Materials/structure multi-scale collaborative topology optimization difficulties